OWGP is a long-term business transformation programme established in 2019 to grow the UK’s offshore wind supply chain. The 15 projects awarded Innovation Grant funding from OWGP are listed below:
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 Competition Theme: Improved Reliability  | 
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| 
 Company  | 
 Project  | 
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 Anakata  | 
 Infra-red aerodynamic audit of turbine blades, quantifying lost energy production from leading edge erosion and diagnosing the best remedial solution.  | 
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 Aquaterra Energy  | 
 Utilising unleveraged Supervisory Control and Data Acquisition (SCADA) data to intelligently feedback on the condition of critical wind farm components and infrastrucute.  | 
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 Bladebug  | 
 Remote robotic ultrasonic non-destructive inspection of wind turbine blades.  | 
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 ELEVEN-I  | 
 Condition monitoring system of offshore wind turbine blades.  | 
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 Fennex  | 
 A cloud-based solution to improve safety performance and operational reliability across the offshore wind industry.  | 
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 Flexlife  | 
 Remotely operated vehicle (ROV) tooling to repair the outer sheath of offshore wind components such as dynamic cables.  | 
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 Ilosta  | 
 Physics-based AI model to improve wind turbine blade health monitoring.  | 
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 JET Connectivity  | 
 Accurate vertical weather profiling at offshore wind sites, streamed over 5G  | 
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 JR Dynamics  | 
 Redefining critical approaches to critical bolting installation and monitoring.  | 
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 Sonardyne  | 
 Integrated mooring and dynamic cable condition monitoring system for floating wind assets.  | 
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 Waukesha Bearings  | 
 Testing of hydrodynamic bearings for offshore wind turbines.  | 
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 Competition Theme: Decarbonisation  | 
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| 
 MJR Controls  | 
 Developing offshore charging stations to power electric vehicles for crew transfer.  | 
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 Sealand Projects  | 
 Carbon Mapping software to capture carbon footprint of offshore wind marine traffic.  | 
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 Verlume  | 
 Using subsea energy storage to create a charging and communication station for battery-operated remote vehicles at sea.  | 
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 Wood Thilsted  | 
 Use of timber internal platforms for offshore wind substructures, instead of carbon-intensive steel.  | 
            
                
                


  
                
                